Iron phosphate in the composition of concentrate is a fairly strong chemical compound. However, with the help of gaseous substances, such complex compounds decompose when heated to the required temperature, which contributes to the reduction of not only iron, but also phosphorus. Hydrogen and carbon monoxide were used as gaseous reducing agents. This article describes in detail the thermodynamic analysis of the reduction of phosphorus from iron phosphate, its interaction with hydrogen and carbon monoxide
Despite extensive research on reduction of iron oxides in literature, there is no consensus on the m...
Iron is produced from iron ore in one of two ways, either through a blast furnace, where coke is use...
Despite extensive research on reduction of iron oxides in literature, there is no consensus on the m...
This article contains the research results of the thermodynamic modeling of interaction of iron phos...
High-phosphorus iron ore is not used because of its high phosphorus content. Phosphorus is mainly pr...
Steel is one of the modern world’s core pillars in engineering and construction materials, but the s...
According to the mineral composition characteristics of high-phosphorus iron ore, the reaction mecha...
Hydrogen itself is not a primary energy and needs an energy for its production, which means that CO2...
The interaction between oxygen and phosphorus in liquid iron-phosphorus-chromium alloys was studied ...
Phosphorus (P) from biomass can cause operational problems in thermal conversion processes. In order...
<p>Low phosphorus content steels are essential for steel applications where high ductility is requir...
The reduction of iron oxide with hydrogen is a much-studied research topic, whose interest is growin...
The interaction between oxygen and phosphorous in liquid iron was studied by the method of equilibra...
Despite extensive research on reduction of iron oxides in literature, there is no consensus on the m...
Despite extensive research on reduction of iron oxides in literature, there is no consensus on the m...
Despite extensive research on reduction of iron oxides in literature, there is no consensus on the m...
Iron is produced from iron ore in one of two ways, either through a blast furnace, where coke is use...
Despite extensive research on reduction of iron oxides in literature, there is no consensus on the m...
This article contains the research results of the thermodynamic modeling of interaction of iron phos...
High-phosphorus iron ore is not used because of its high phosphorus content. Phosphorus is mainly pr...
Steel is one of the modern world’s core pillars in engineering and construction materials, but the s...
According to the mineral composition characteristics of high-phosphorus iron ore, the reaction mecha...
Hydrogen itself is not a primary energy and needs an energy for its production, which means that CO2...
The interaction between oxygen and phosphorus in liquid iron-phosphorus-chromium alloys was studied ...
Phosphorus (P) from biomass can cause operational problems in thermal conversion processes. In order...
<p>Low phosphorus content steels are essential for steel applications where high ductility is requir...
The reduction of iron oxide with hydrogen is a much-studied research topic, whose interest is growin...
The interaction between oxygen and phosphorous in liquid iron was studied by the method of equilibra...
Despite extensive research on reduction of iron oxides in literature, there is no consensus on the m...
Despite extensive research on reduction of iron oxides in literature, there is no consensus on the m...
Despite extensive research on reduction of iron oxides in literature, there is no consensus on the m...
Iron is produced from iron ore in one of two ways, either through a blast furnace, where coke is use...
Despite extensive research on reduction of iron oxides in literature, there is no consensus on the m...